ENFORCEMENTS INFRASTRUCTURE RESILIENCE INDEX OF THE WATER AND SANITATION SECTORS TO CLIMATE CHANGE IN COASTAL CITIES

Climate change (CC) is a significant global environmental issue that poses severe consequences, particularly on agricultural productivity, lifestyle, infrastructure, and overall population well-being. These impacts are projected to vary among different countries. The primary concern of this research is that infrastructure networks, which both contribute to the causes of climate change and are essential for its resilience, would be more susceptible to its physical impacts, notably in the water and drainage sector. The research aims to develop a model for measuring the climate change resilience index for the water and drainage sector in coastal cities. Through an inductive approach to study climate change and its risks and the resilient infrastructure to climate change and its principles, then analysing structural and administrative adaptation measures, extracting structural, administrative, and emergency plans, then assessing the extent of adopting the principles of planning and confronting climate change, developing a measurement index, then applying it to New York, Melbourne, and Thessaloniki, and finally extracting the conclusions.

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Publication Details

Journal
PLANNING MALAYSIA
Published
2025-02-05
DOI
https://doi.org/10.21837/pm.v23i35.1670
Primary Topic
Water-Energy-Food Nexus Studies
Type
article
Field-Weighted Citation Impact
0.00
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article

ENFORCEMENTS INFRASTRUCTURE RESILIENCE INDEX OF THE WATER AND SANITATION SECTORS TO CLIMATE CHANGE IN COASTAL CITIES

Aya Zareef, Ehab Okba, Niveen Sabry
PLANNING MALAYSIA
Water-Energy-Food Nexus Studies
article

ENFORCEMENTS INFRASTRUCTURE RESILIENCE INDEX OF THE WATER AND SANITATION SECTORS TO CLIMATE CHANGE IN COASTAL CITIES

Aya Zareef, Ehab Okba, Niveen Sabry
article en

Abstract

Climate change (CC) is a significant global environmental issue that poses severe consequences, particularly on agricultural productivity, lifestyle, infrastructure, and overall population well-being. These impacts are projected to vary among different countries. The primary concern of this research is that infrastructure networks, which both contribute to the causes of climate change and are essential for its resilience, would be more susceptible to its physical impacts, notably in the water and drainage sector. The research aims to develop a model for measuring the climate change resilience index for the water and drainage sector in coastal cities. Through an inductive approach to study climate change and its risks and the resilient infrastructure to climate change and its principles, then analysing structural and administrative adaptation measures, extracting structural, administrative, and emergency plans, then assessing the extent of adopting the principles of planning and confronting climate change, developing a measurement index, then applying it to New York, Melbourne, and Thessaloniki, and finally extracting the conclusions.

PLANNING MALAYSIAVol. 23
Fayoum University (EG)
Openalex Percentile: Top 97%
Water-Energy-Food Nexus Studies
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